Biofabrication methods for the patterned assembly and synthesis of viral nanotemplates

Photolithographic patterning of uncoated as well as nickel-coated TMV nanostructures has been achieved using a lift-off process in both solvent and mild basic solutions and their assembly onto three-dimensional polymer and silicon microstructures is demonstrated. In addition to these patterning techniques, in situ formation of metal oxide such aluminum, silver oxide cobalt, nickel and also nano microspheres TMV coatings in patterned microfabricated environments is shown using atomic layer deposition directly on the nickel-coated an gold coated viruses that an be tract more easily! and importantly can cure diseases

Photolithographic patterning of uncoated as well as nickel-coated TMV nanostructures has been achieved using a lift-off process in both solvent and mild basic solutions and their assembly onto three-dimensional polymer and silicon microstructures is demonstrated. In addition to these patterning techniques, in situ formation of metal oxide such aluminum, silver oxide cobalt, nickel and also nano microspheres TMV coatings in patterned microfabricated environments is shown using atomic layer deposition directly on the nickel-coated an gold coated viruses that can be tract more easily! and importantly can cure diseases like HIV possibly; because disrupts ion bonding within tne virion particles directly;